Facilities available at the Nanobiomaterials Laboratory include equipment for growth and transfer of nanomaterials such as graphene, carbon nanotubes, and nanostructured topological insulators, among others. In addition, our lab meets level 1 biosecurity requirements to work with non-pathogenic bacteria.
Our facilities include:
-CVD tube furnace (two zones 1200°C)
-CVD tube furnace (one zone 1200°C)
-Box furnace (1200°C, multisegment)
-Box furnace (1200°C, multisegment)
-Atomic absorption spectrometer (iCE 3500)
-Spin coater
-Laminar flow cabinet
-Controlled temperature incubators
-Orbital shaker
-Spectrophotometer
-Fluorescence microscope (Leica DM500)
-Optical microscope (Nikon LV150N)
-Centrifuges
-Hot plates
-Fume hood
-Dry globebox (GS Alpha line)
-High/low frequency ultrasound probe
-High-precision balance
-High-speed homogenizer
-Thermocycler
-Spin coater
-Laminar flow cabinet
-Controlled temperature incubators
-Orbital shaker
-Spectrophotometer
-Fluorescence microscope (Leica DM500)
-Optical microscope (Nikon LV150N)
-Centrifuges
-Hot plates
-Fume hood
-Dry globebox (GS Alpha line)
-High/low frequency ultrasound probe
-High-precision balance
-High-speed homogenizer
-Thermocycler
-Autoclave
-Electrophoresis chamber
-Potentiostat (CH Instruments 600E)
-Pull-off adhesion tester
-Electrophoresis chamber
-Potentiostat (CH Instruments 600E)
-Pull-off adhesion tester
-Universal cutting mill (Fritsch Pulverisette 19)
-Dry film thickness gauge
-Dry film thickness gauge
For atomic-scale microscopy and spectroscopy:
4K / 77K ultrahigh vacuum Scanning Tunneling Microscope (LT-STM/STS) Scienta-Omicron
